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This plan leaves out a required action: Set the backend HTTP port and probe destination correctly rather than changing the public HTTPS listener. The remaining action alone does not satisfy the situation.

HTTP virtual hosting can return different health responses depending on the Host header sent by the probe.

Frontend and backend ports are independent settings in an application-layer proxy.

This plan leaves out a required action: Compare effective routes and apply longest-prefix matching and route-source precedence to the specific destination. The remaining action alone does not satisfy the situation.

Forcing only 0.0.0.0/0 does not guarantee every more-specific private route traverses the intended inspection path.

Route decisions depend on both prefix specificity and precedence; a default BGP path need not win against a more specific UDR.

For this finding, nAT Gateway supplies scalable subnet outbound connectivity without serving as an inbound application listener.

Here, nAT Gateway supplies scalable subnet outbound connectivity without serving as an inbound application listener.

For this question, nAT Gateway supplies scalable subnet outbound connectivity without serving as an inbound application listener.

Measured exclusions protect legitimate requests while retaining broad application threat inspection.

An unattached policy cannot protect the traffic path regardless of how many managed rules it defines.

This plan leaves out a required action: Start with detection-mode investigation and tune narrow rules or exclusions before moving to prevention. The remaining action alone does not satisfy the situation.

Firewall network rules are based on network tuples; they do not act as full HTTP path-based web application proxies. Application rules support eligible FQDN-based filtering distinct from IP-and-port network rule matching.

Destination network address translation publishes an approved private target rather than creating generalized inbound permission. Application rules support eligible FQDN-based filtering distinct from IP-and-port network rule matching.

Azure Firewall provides managed network inspection when deployed with its mandatory subnet and appropriate routing. Application rules support eligible FQDN-based filtering distinct from IP-and-port network rule matching.

Two actions meet their requirements, but action 1 misses this need: always On VPN has client and infrastructure dependencies that must be validated separately from Azure gateway existence.

Two actions meet their requirements, but action 2 misses this need: remote VPN transport does not automatically supply access to the correct internal DNS namespace.

Two actions meet their requirements, but action 3 misses this need: identity trust problems manifest before application traffic and cannot be fixed by a broader allow rule.

Selecting an appropriate Standard or Premium Front Door tier after mapping required features, limitations, and costs would not address the need for harden the origin with suitable network access restrictions and verify that permitted ingress follows Front Door.

For this finding, edge WAF cannot inspect or block requests that bypass the edge and reach an unprotected origin directly.

Evaluating supported Front Door Premium origin Private Link integration and validating the origin approval and routing would not address the need for harden the origin with suitable network access restrictions and verify that permitted ingress follows Front Door.

Two actions meet their requirements, but action 2 misses this need: creating a zone alone does not give a VNet permission or a route to resolve its records.

Two actions meet their requirements, but action 3 misses this need: private DNS zones are not internet authoritative and cannot substitute for public DNS delegation.

Two actions meet their requirements, but action 1 misses this need: resolution-only private zone links do not automatically register VM records; registration has link and resource limitations.

For this question, service endpoints secure supported service access by source subnet while the service retains its public endpoint model.

For this finding, service endpoints secure supported service access by source subnet while the service retains its public endpoint model.

Here, service endpoints secure supported service access by source subnet while the service retains its public endpoint model.

Creating a supported Azure Private Link service backed by the load balancer and managing consumer endpoint approvals would not publish the service through an eligible Private Link service or supported Azure service target first.

Maintaining the supported Private Link service frontend while updating backend health and routing as needed would not publish the service through an eligible Private Link service or supported Azure service target first.

For this finding, private endpoints consume a published private connection; they do not automatically publish arbitrary VM ports.

For this question, an Azure public IP prefix provides a predictable block for related public addresses without requiring independent random allocations.

Here, an Azure public IP prefix provides a predictable block for related public addresses without requiring independent random allocations.

For this finding, an Azure public IP prefix provides a predictable block for related public addresses without requiring independent random allocations.